
Explore innovative approaches to skill acquisition in cybersecurity, including apprenticeship models, mind maps, and data-driven learning, as presented at BSidesPhilly 2017.

Explore high-volume, low-latency performance engineering at MasterCard, covering real-time fraud detection, system architecture, testing strategies, and optimization techniques for millisecond-level transaction processing.

Explore Go's performance optimization techniques for latency-sensitive systems, including channels, interfaces, and mechanical sympathy, with insights on trade-offs and lessons learned.

Explore building a Scheme-like language compiler in Rust, comparing its performance with C-based implementations and discussing the pros and cons of using Rust for language development.

Discover common pitfalls in benchmarking and learn techniques to create accurate, meaningful performance measurements for your systems, guiding effective optimization efforts.

Explore microservices scaling using message queues, .NET, and Kubernetes. Learn to design, package, and deploy reliable applications with autoscaling for improved performance and robustness.

Explore Homa/Linux: a high-performance transport protocol outperforming TCP and DCTCP in latency and congestion control, with potential for further optimization through software overhead reduction.

Dynamic scaling system for efficient GPU utilization in deep learning, improving memory and computation usage without compromising fairness or performance in large-scale clusters.

Explore Stripe's approach to prioritizing technical infrastructure investments, balancing firefighting and innovation, and enabling long-term success through strategic decision-making and resource allocation.

Detailed analysis of RocksDB workloads at Facebook, revealing key-value usage patterns and proposing improved benchmarking methods for more accurate representation of real-world scenarios.

Comprehensive overview of Linux systems performance, covering tools, methodologies, and techniques for analysis and tuning. Ideal for developers and sysadmins seeking to optimize Linux environments.

Explore rewriting a C caching framework in Rust, discussing performance challenges, benefits of Rust tooling, and new features like efficient TTL sorting and PMEM support.

Evaluating SAST tools: Learn how to assess their effectiveness in finding real vulnerabilities using synthetic test suites and practical examples of CVEs.

Explore Scala.js optimizer's performance enhancements, including closure elimination and idiomatic Scala code optimization, to write efficient Scala.js programs that rival hand-written JavaScript.

Learn to identify and optimize slow code in Rails apps using profiling tools and best practices for improved performance.

Optimize Rust cloud apps for minimal memory usage through profiling, improved APIs, efficient data structures, and smart allocation choices. Boost performance with practical tips and benchmarking strategies.

Discover techniques for monitoring and optimizing PHP backend performance, focusing on tools like XHProf and HAR format files. Learn from BBC's experience preparing for high-traffic events.

Explore Auncel, a vector query engine for large datasets, offering bounded errors and latencies. Learn how it outperforms existing solutions in processing high-dimensional data efficiently.

Explore GraalVM native images for Spring Boot: instant startup, low memory, and ecosystem readiness. Compare OpenJDK, GraalVM CE, and EE with real-world benchmarks and implementation insights.

Explore GraalVM's polyglot capabilities, performance enhancements, and versatile deployment options for Java and other languages, with demos showcasing its power across various scenarios.

Discover common pitfalls in Java benchmarking and learn best practices for accurate performance testing through entertaining negative examples and expert insights.